Month: December 2016

Dr. Henry J. Heimlich, Famous for Antichoking Technique, Dies at 96
By ROBERT D. McFADDEN
DEC. 17, 2016
New York Times

It is called the Heimlich maneuver — saving a choking victim with a bear hug and abdominal thrusts to eject a throat obstruction — and since its inception in 1974 it has become a national safety icon, taught in schools, portrayed in movies, displayed on restaurant posters and endorsed by medical authorities.

It is also the stuff of breathless, brink-of-death tales, told over the years by Ronald Reagan, Edward I. Koch, Elizabeth Taylor, Goldie Hawn, Cher, Walter Matthau, Halle Berry, Carrie Fisher, Jack Lemmon, the sportscaster Dick Vitale, the television newsman John Chancellor and many others.

Dr. Henry J. Heimlich, the thoracic surgeon and medical maverick who developed and crusaded for the antichoking technique that has been credited with saving an estimated 100,000 lives, died on Saturday at a hospital in Cincinnati after suffering a heart attack at his home there last Monday, his family said. He was 96.

More than four decades after inventing his maneuver, Dr. Heimlich used it himself on May 23 to save the life of an 87-year-old woman choking on a morsel of meat at Deupree House, their senior residence in Cincinnati. He said it was the first time he had ever used the maneuver in an emergency, although he had made a similar claim in 2003.

Patty Ris, who had by chance sat at Dr. Heimlich’s table in a dining hall, began eating a hamburger. “And the next thing I know, I could not breathe I was choking so hard,” she said later. Recognizing her distress, Dr. Heimlich did his thing. “A piece of meat with a little bone attached flew out of her mouth,” he recalled.

Abstract

Several left ventricle/aorta mechanical simulators were fabricated to evaluate the possibility of generating EKG like electrical signals by electrokinetic methodology. The simulators produced pulsed turbulent flows, simulating mammalian heart pumping conditions. EKG like signals were generated by the motion of the electrolyte through the simulators.